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Influence of Exhaust System Setup on Working Zone Pollution by Dust during Sawing of Particleboards

机译:刨花板锯切时排气系统设置对工作区粉尘污染的影响

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摘要

Air pollution by wood dust in furniture production sites is an important hygiene issue. The dust is created by all types of wood and wood-based material machining, and its concentration in the working zone surrounding the machining stand depends on the effectiveness of the dust exhaust system. In present research, three setups of the dust extraction system for a conventional table sawing machine are considered while machining particleboards. The results showed a high impact of the exhaust system connection setup on the dust concentration in the air surrounding the sawing machine work stand. The use of both main and auxiliary sawdust extraction connectors together ensured the highest clearness of the air, with only 0.5 mg/m of dust concentration. Closing the upper hood leads to a concentration five times higher, while disconnecting it results in a ten times higher dust content. The finest dust particles (<1 µm), however, are the most numerous in the case of closing the hood.
机译:家具生产场所的木屑污染空气是一个重要的卫生问题。灰尘是由各种类型的木材和木质材料加工产生的,其在加工台周围的工作区域中的浓度取决于灰尘排放系统的效率。在目前的研究中,在加工刨花板时考虑了三种用于传统台锯机的除尘系统。结果表明,排气系统连接设置对锯床工作台周围空气中的灰尘浓度有很大影响。主副木屑抽取连接器的使用可确保最高的空气清洁度,且仅含0.5 mg / m的粉尘浓度。关闭上罩会导致浓度升高五倍,而断开罩会导致灰尘含量高十倍。但是,关闭机盖时,灰尘颗粒最多(<1 µm)最多。

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